Raycus Laser stated on the investor interactive platform that the company has achieved sales across the country, and the company's products are exported to more than 40 countries and regions abroad, and the company's products can meet market demand.Raycus Laser is a key high-tech enterprise of the N

Raycus Laser stated on the investor interaction platform that the downstream industries of the fiber laser industry are mainly laser equipment integrators. The company is market-oriented and is committed to providing various fiber laser products and application solutions for laser manufacturing equi

With the advent of the mobile Internet era, the popularity and explosive growth of smart phones have made consumers have higher and higher requirements for the quality of smart phones, and the processing of their related accessories has become more and more sophisticated. As a film often used on mob

The electrode coating thickness is usually 100 μm, while the separator is 50 μm. The anode film is a copper film coated with graphite, the cathode film is an aluminum film coated with lithium metal oxide, and the isolation film is composed of polypropylene and polyethylene. Lithium battery production process:

At present, handheld laser welding machines are widely used in sanitary ware industry, glasses industry, hardware industry, automobile industry, medical industry, electronics industry, household, kitchenware and bathroom and other industries, and gradually replace traditional welding methods. The hand-held laser welding machine will generate heat when it is working, so it needs to be equipped with a laser chiller for cooling and heat dissipation. The stability of the laser chiller affects the normal operation of the laser welding machine.

With the continuous acceleration of the localization of laser technology, the expensive price of hand-held laser welding equipment will continue to decline. By then, hand-held laser welding machines will become common equipment in metal material welding processing plants.

In recent years, the manufacturing industry has developed rapidly, and the demand for metal processing has also increased. Welding is one of the important processes of metal processing, and traditional welding methods can no longer meet the needs of production. Under such a premise, the handheld las

In recent years, the manufacturing industry has developed rapidly, and the demand for metal processing has also increased. Welding is one of the important processes of metal processing, and traditional welding methods can no longer meet the needs of production. Under such a premise, the handheld las

1 Motivation model. The carbon dioxide laser uses electrodes to excite carbon dioxide gas to generate laser light. According to the installation position of the metal electrode, it can be divided into direct current excitation and radio frequency excitation.　　 2 laser frequency. The laser output is

Probes and leads used in medical equipment must be made of different alloys, depending on the end use of the equipment. The solder joints must be smooth and free of pores so that the equipment can be repeatedly sterilized in the autoclave. In some cases, medical equipment is small and requires micro

The laser displacement sensor can measure precise geometric measurements such as displacement, thickness, vibration, distance, and diameter. The laser has the excellent characteristics of good straightness, and the same laser displacement sensor has higher accuracy than the known ultrasonic sensor.

The mouse was invented in 1964 by Dr. Douglas Engelbart of the University of California, Berkeley. For more than 50 years, the mouse has become an indispensable item in people's life and work.

Nowadays, laser manufacturing technology is quickly entering the production lines of all walks of life, with laser marking, engraving, cutting and welding as the main application processes. In addition, laser repair and laser cleaning are also used in a small number of specific scenarios. For a long

In the past few years, metal laser cutting equipment based on fiber lasers developed rapidly, and it only slowed down in 2019. Nowadays, many companies are hoping that equipment of 6KW or even more than 10,000 watts will once again leverage the new growth point of laser cutting.In the past few years

Mobile phone shell laser direct forming sample 　　Personal electronic devices represented by mobile phones are positively changing and facilitating people's lives. Functionality, intelligence, and dexterity are the development directions of mobile phones. With the technological advancement of the microelectronics industry and people's pursuit of mobile phone personalization, fine laser processing technology will play an increasingly important role in mobile phone manufacturing. At the same time, laser is also promoting the development of other microelectronic manufacturing related industries.

With the rapid development of laser technology, the laser marking machine industry has also developed rapidly. Laser marking technology is even more popular in all walks of life. With the continuous expansion of market demand, the functional requirements of laser marking machines in various industri

The marking and anti-counterfeiting of daily necessities and production goods are indispensable, and at the same time, people have higher and higher requirements for the beautification of products and artwork. Laser marking and artwork production is the use of high-density laser beams that converge

The power required for laser processing applications of ordinary daily necessities aluminum and aluminum alloys is mostly below 2 kilowatts. Some high-end applications such as aerospace, high-speed rail locomotives, and automobiles require 4 kilowatts or even higher power laser beams. With the substitution of aluminum metal parts for some steel parts, the processing of aluminum will be more vigorous in the future, which is very worthy of the attention of laser equipment manufacturers. At the same time, aluminum laser processing will also drive the demand for laser ancillary equipment, among which laser chillers will have more applications in kilowatt-level cutting and welding.